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Screen time for kids under age 2 is linked to sensory differences in toddlerhood, new study finds

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Screen time for kids under age 2 is linked to sensory differences in toddlerhood, new study finds

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Allowing very young children to access televisions and other screens could lead to sensory challenges for them later in childhood, according to a new study from Drexel University in Pennsylvania. 

The study, “Early-Life Digital Media Experiences and Development of Atypical Sensory Processing,” was published on Jan. 8 in JAMA Pediatrics.

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“This study finds an association between greater screen time in the first two years of life and ‘high’ sensory-related behaviors in areas,” the study’s lead author, Karen Heffler, M.D., an associate professor of psychiatry at Drexel University, told Fox News Digital.

BABIES, YOUNG CHILD EXPOSED TO MORE SCREEN TIME LINKED WITH DEVELOPMENTAL DELAYS: STUDY

To arrive at the findings, the research team analyzed data on TV or DVD-watching among 1,471 babies and toddlers at 12 months of age, 18 months and 24 months. 

The data came from the National Children’s Study, a long-term look at “U.S. children and their parents designed to study environmental influences on child health and development,” according to the National Institute of Health.

Children experienced different atypical behaviors depending on when they were exposed to screens, a new study has found. (iStock)

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The behavioral differences include “sensory seeking,” “sensory avoiding,” “sensory sensitivity” and “low registration,” Heffler said.

A child who is “sensory seeking” may be “attracted to spinning or shining objects” whereas a child with “low registration” would typically avoid eye contact and may not respond in a timely manner to being called or to familiar voices, said Heffler.

The study also found that children experienced different atypical behaviors depending on when they were exposed to screens.

“Although screen time of the children at each of the ages studied was found to be associated with atypical sensory processing at 33 months of age, the types of atypical sensory processing differed by the age of exposure,” Heffler noted.

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Children exposed to any amount of screen time at the age of 12 months were found to have a 105% greater likelihood of exhibiting “high” sensory behaviors, according to a press release.

At 18 months old, each additional hour of daily screen time for children was associated with a 23% increased likelihood of “high” sensory behaviors as well as later sensation avoiding and low registration, the release stated.

“Atypical sensory processing is commonly seen in several behavioral health problems, including children with ADHD and up to 90% of children with autism.”

Screen exposure at 24 months “was associated with sensation avoidance, sensory sensitivity and sensation seeking,” said Heffler.

“Atypical sensory processing is commonly seen in several behavioral health problems, including children with ADHD and up to 90% of children with autism,” she also said.

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For children under age 2, the American Academy of Pediatrics recommends that screen time remain limited to video chats with family members. (iStock)

Autism is typically not diagnosed until a child reaches 2 years of age, according to experts.

“Prior to this study, there was little understanding of potential risk factors for atypical sensory processing,” said Heffler. 

While the American Academy of Pediatrics, based in Illinois, recommends that children avoid screen time altogether — aside from video chats with family members and friends — until they are about 18 to 24 months, “this study gives further evidence that screen time for the youngest children should be avoided,” the expert noted.

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Screen exposure among very young children had previously been linked to autism, ADHD, language delays and other brain differences, Heffler told Fox News Digital. 

“This study adds atypical sensory processing to the list of other developmental outcomes,” she said. 

As Heffler pointed out, infants “do not have the capability to fully understand what they see on TV or video, but the lights, colors, sounds and movement experienced during screen time would have an impact on how the neurons in the brain connect, potentially affecting sensory processing pathways and sensory-related behavior.”

Reducing screen time for children displaying “atypical sensory processing” behaviors may help reduce these behaviors, said the study lead. (iStock)

The hope of researchers is that the study will aid clinicians who are encountering young patients with sensory issues, she said. 

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“For young children who are experiencing symptoms associated with atypical sensory processing, clinicians may wish to inquire about the children’s screen viewing habits,” Heffler said. 

Parents and clinicians who are seeing these types of behaviors may want to try eliminating screen time in favor of “social interaction and play,” said the expert.

“There is emerging evidence that markedly reducing screen time and increasing socially engaging activities in young children with autism, for example, is associated with reduction of autism-related symptoms, including the sensory-related symptoms of restricted/repetitive behavior,” she added.

What’s a healthy amount of daily screen time for kids?

Per its website, the American Academy of Pediatrics discourages any use of media for children younger than age 2, as Fox News Digital previously reported.

For kids ages 2 years and older, the organization recommends capping screen time at two hours per day.

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Early access by kids to screens is associated with “atypical sensory processing,” according to a just-published study from Drexel University. (iStock)

The American Academy of Child and Adolescent Psychiatry (AACAP) outlines specific guidelines for each age group on its website.

For babies up to 18 months, it recommends limiting screen use to video chatting with an adult.

Between 18 and 24 months, its guidelines are to use screens only for educational programming.

For kids between 2 and 5 years old, the AACAP recommends a limit of one hour per weekday and three hours on weekends for any non-educational screen time.

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It does not specify an hourly limit for ages 6 and older but does recommend encouraging healthy habits and limiting screen-based activities.

“To be honest and point-blank, the least amount of screen time is healthy for children,” Dr. Zeyad Baker, a pediatric physician with Baker Health in New Jersey, previously told Fox News Digital.

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However, he noted that it gets trickier for parents to moderate when kids need to do homework online, and he said the quality of screen time comes into play when setting limits.

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Common nighttime noise exposure may trigger heart problems, study suggests

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Common nighttime noise exposure may trigger heart problems, study suggests

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Living near heavy traffic could negatively impact your heart health.

A European study, published in the journal Environmental Research, found that exposure to nighttime road traffic noise is linked to changes in the blood, leading to worsened cholesterol and cardiovascular risks.

The researchers considered data from the U.K. Biobank, Rotterdam Study, and Northern Finland Birth Cohort 1966, including more than 272,000 adults over the age of 30, according to a press release.

Nighttime road noise exposure was estimated at all participants’ homes based on national noise maps. Researchers also took blood samples to measure the participants’ metabolic biomarkers for disease, then mapped the link between nightly noise levels and existence of biomarkers.

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Exposure to loud noise was associated with increased concentrations of cholesterol-related biomarkers. (iStock)

The study found that people exposed to louder noise at night — especially sounds above 55 decibels — showed changes in 48 different substances in their blood. Twenty of these associations “remained robust” throughout all cohorts.

Exposure to loud noise was associated with increased concentrations of cholesterol-related biomarkers, especially LDL “bad” cholesterol, IDL (intermediate-density lipoprotein) and unsaturated fatty acids.

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As noise levels increased, starting at around 50 decibels, cholesterol markers rose steadily, the release stated.

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The authors concluded that this study “provides evidence that nighttime road traffic noise exposure from 50 dB upward is associated with alterations in blood cholesterol and lipid profiles in adults.”

Researchers noted a link between traffic noise and cardiometabolic disease. (iStock)

Study co-author Yiyan He, doctoral researcher at the University of Oulu in Finland, noted that in this type of research, small effect sizes are expected, and environmental exposures such as traffic noise are “typically modest.”

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“Despite this, we observed statistically robust and consistent associations across many biomarkers, especially those related to LDL and IDL lipoproteins,” she told Fox News Digital.

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“We also identified a clear exposure-response pattern starting at around 50 dB, suggesting that metabolic changes become more evident as noise levels increase.”

This aligns with public health guidance, as the World Health Organization recommends lower nighttime noise limits at around 40 to 45 dB, Yiyan He added.

“This finding may clarify the association between traffic noise and cardiometabolic diseases,” the researchers wrote. (iStock)

“The 55 dB level is often used as an interim benchmark associated with substantial noise annoyance and sleep disturbance,” she said. “In our study, we observed associations not only at 55 dB, but also indications of effects emerging at around 50 dB.”

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The strength and consistency of the cholesterol-related associations were surprising, as these changes are usually “subtle.”

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“Instead, we found consistent associations across multiple large European cohorts, which strengthens confidence that the findings may reflect real biological patterns,” Yiyan He went on. “We were also interested to see that effects were minimal below ~50 dB, suggesting a possible threshold-like pattern.”

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The researcher noted that these findings were consistent across genders, education levels and obesity status.

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The study was restricted to White Europeans, which posed a limitation. There was also a lack of information on the fasting status in the UK Biobank.

Changes in cholesterol levels were more severe than researchers expected. (iStock)

“Fasting can influence levels of certain metabolites, particularly fatty acids,” Yiyan He said. “However, based on UK Biobank documentation, fewer than 10% of participants were fasting for at least eight hours, and our main findings focused on cholesterol-related biomarkers, which are generally less sensitive to short-term fasting.”

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The researchers also lacked information on bedroom location, indoor noise exposure and time spent at home.

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“These factors may introduce non-differential exposure misclassification,” Yiyan He said. “Additionally, noise exposure estimates were based on participants’ temporary residential addresses at the time of blood sampling, without considering the duration of residence.”

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“Many of these limitations would tend to bias results toward the null, so the consistent associations we observed remain noteworthy.”

Experts recommend taking measures to limit traffic noise at night. (iStock)

Based on this latest research, Yiyan He noted that nighttime noise is a “health-relevant exposure,” not just “an annoyance.”

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“Our findings suggest that nighttime traffic noise may subtly but consistently affect metabolic health,” she said. “While the changes in cholesterol and lipid levels for any one individual are small, traffic noise affects a very large number of people, which means the potential public health impact could be substantial.”

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The researcher recommends taking measures like improving sound insulation, using noise-reducing strategies and placing bedrooms on the quieter side of the home when possible.

“Because sleep is a key pathway linking noise to health, protecting the nighttime sleep environment is especially important,” she added.

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